The main goal of this project was to develop a virtual setup for Industry 4.0, with the aim of applying the simulations in a laboratory context.
CP_B - I4.0 Full Stack Simulator
Afonso Pinho Lourenço
Antonio Pedro Costa Bernardes
David José Lucas Raposo
Diogo Henrique de Almeida Pinheiro
Eduardo da Silva Carvalho
Marco António Baptista Belim
Rita Moura da Silva Moreira
'Universidade Júnior' - "Junior University". Design of the course and its equipment for teaching STEM and robotics to secondary school students. The robot will be Open Software + Open Hardware robot that inherits the architecture from Robot@Factory Lite.
CP_C - Authors:
João Carlos Santana de Sá
Manuel Maria da Cunha Loureiro Moreira da Rocha
Teresa Jorge Barbosa Pintão
In this project we evaluated the suitability of two sensors, a ToF sensor (Terabee) and a stereo camera (ZED 2) to detect danger situations in electric wheelchairs.
CP_D - Authors:
Duarte Teixeira Rodrigues
Jorge Filipe Magalhães Ferreira
In this project it is studied the viability of a developed NIR-VIS spectrophotometer, that presents a much reduced cost when compared to the solutions available on the market, by evaluating the fiability of the data collected and the sensibility of the device when analizing the concentration of NPK on soil.
CP_E - Spectrophotometry
Ana Catarina Santos Rebelo
Mariana Aranha Messias
Rui Daniel Gonçalves Matias
This robot is the proof that a microcontroller such as OpenMV is enough to control a robot whether it is following a line or recognizing coins, by only using a tiny camera and some stackable shields to assist the functions required such as the control of multiple servos at once.
CP_F - OpenMV Robot
Diogo Torres Correia
Flávia Carvalho Gavinha Pereira Carvalhido
Miguel Rodrigues Gomes
Ricardo Amaral Nunes